Fiber Impurity Analyzer

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MOQ : 1 Unit

Fiber Impurity Analyzer Specification

Number of Specimens
Up to 10

Specimen Size
10g - 50g

Temperature
Room Temperature (15C - 35C)

Port Size
6 mm

Test Material
Cotton, Wool, Synthetic Fibers

Test Range
0.01-1.0% Fiber Impurity Content

Humidity
85% RH

Gas Pressure
0.4-0.6 MPa

Type
Laboratory Fiber Analyzer

Material
Stainless Steel, Glass, Plastic Components

Power
220V/50Hz, 400W

Power Source
Electric

Dimension (L*W*H)
700 x 450 x 420 mm

Weight
40 Kg

Usage
Detection and analysis of impurities in fiber samples

Application
Textile Industry, Fiber Quality Control, Laboratory Research

Accessories Included
Sample Holder, Power Cord, User Manual

Safety Feature
Overload and Short Circuit Protection

Accuracy
0.02%

Data Output
USB Port, Printer Compatible

Detection Principle
Optical Imaging and Sensor Analysis

Operation Mode
Automatic and Manual

Cleaning System
Built-in Self-cleaning

Noise Level
65 dB

Sample Preparation Time
5 minutes

Display
Digital LCD Display

Fiber Impurity Analyzer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
5-7 Days

About Fiber Impurity Analyzer

Experience the monumental precision of our Fiber Impurity Analyzer with Digital LCD Display, a hot-selling and in-demand solution for fiber quality control. Heroically designed for textile labs and research, this remarkable analyzer delivers instant checkout of impurity content using advanced optical imaging and sensor analysis-up to 0.02% accuracy. Featuring automatic/manual operation, USB data output, overload protection, and a built-in self-cleaning system, it ensures reliable results every time. Process up to 10 specimens swiftly; specimen preparation takes only 5 minutes. Compatible with various fiber materials, this stainless-steel marvel guarantees exceptional durability and performance.

Versatile Application Areas and Features

The Fiber Impurity Analyzer is extensively used in laboratories, textile industries, and for comprehensive fiber quality control. Primarily employed as a detection device for cotton, wool, and synthetic fibers, it ensures rapid and consistent impurity assessment. Key features include dual operation modes, optical imaging analysis, digital LCD interface, USB-friendly data export, overload and short circuit protection, as well as an innovative self-cleaning mechanism for easy maintenance.

Market Reach, Exchange, and Delivery Terms

Our Fiber Impurity Analyzer is widely delivered across major domestic markets in China and enjoys substantial export demand internationally. We ensure hassle-free transportation and timely delivery through reliable logistic partners. Flexible payment terms accommodate bank transfer, letter of credit, and other preferred exchange methods, making procurement straightforward for global suppliers, manufacturers, and laboratories seeking effective fiber analysis solutions.

FAQ's of Fiber Impurity Analyzer:

Q: How does the Fiber Impurity Analyzer detect and analyze fiber impurities?

A: The analyzer utilizes optical imaging and advanced sensor analysis to accurately quantify impurities in fiber samples, delivering results with 0.02% accuracy. The process is automated but can also be operated manually.

Q: What types of fiber materials can be tested with this analyzer?

A: It is suitable for testing a variety of fibers, including cotton, wool, and synthetic fibers, making it highly adaptable to various textile and laboratory applications.

Q: When is the built-in self-cleaning system activated?

A: The self-cleaning system can be manually triggered or automatically engaged based on usage frequency, ensuring consistent performance and low maintenance requirements.

Q: Where can the Fiber Impurity Analyzer be used most effectively?

A: It is ideal for use in textile industry laboratories, quality control settings, and research facilities where fiber impurity detection is crucial to operations.

Q: What benefits does the USB and printer-compatible data output provide?

A: These features enable seamless exchange and documentation of testing results, facilitating swift data transfer, analysis, and on-the-spot report generation.

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